public class Card { // Constant. public final static int MAX_RANK = 13; // Enumerated type to satisfy s

[answerhappygod]

public class Card
{
// Constant.
public final static int MAX_RANK = 13;

// Enumerated type to satisfy second class
invariant.
public enum SuitType {CLUBS, HEARTS, SPADES,
DIAMONDS}
// Attributes.
private SuitType suit;
private int rank;

/**
* Constructor for objects of class Card
*/
public Card()
{
// initialize rank and suit
this.rank = 1;
this.suit = SuitType.HEARTS;
}
/**
* Constructor for objects of class Card
*/
public Card(int theRank, SuitType theSuit)
{
// initialize rank and suit
this.rank = theRank;
this.suit = theSuit;
}

/**
* getSuit:
*
* @return the suit
*/
public SuitType getSuit()
{
// put your code here
return suit;
}

/**
* setSuit:
*
* @param the suit
*/
public void setSuit(SuitType theSuit)
{
this.suit = theSuit;
}

/**
* getRank:
*
* @return the rank
*/
public int getRank()
{
// put your code here
return rank;
}

/**
* setRank: set the rank attribute to the value
of the parameter if
* the parameter is between 1 and MAX_RANK
(inclusive) to satisfy the first class invariant.
*
* @param the rank
*/
public void setRank(int theRank)
{
if (theRank >= 1 && theRank
<= MAX_RANK)
this.rank =
theRank;
}

/**
* toString:
*
* @return a String representation of a Card
that includes all attributes, i.e. rank and suit.
*/
public String toString()
{
String result = "";

if (this.rank == 1)
result += "ACE";
else if (this.rank == 11)
result += "JACK";
else if (this.rank == 12)
result += "QUEEN";
else if (this.rank == 13)
result += "KING";
else
result +=
String.valueOf(this.rank); // Convert int to String

result += " of " +
this.suit.name();

return result;
}

}